1) Airconditioners operate on the same principle as refrigerators.Consider an ai

Question

1)       Airconditioners operate on the same principle as refrigerators.Consider an air conditioner that has 7.00 kg of refrigerantflowing through its circuit each cycle. The refrigerant enters theevaporator coils in phase equilibrium, with 54.0 % of its massas liquid and the rest as vapor. It flows through the evaporator ata constant pressure and when it reaches the compressor 95 % ofits mass is vapor. In each cycle, how much heat Qc isabsorbed by the refrigerant while it is in the evaporator? The heatvaporization of the refrigerant is1.50×105 J/kg. Express your answer numerically injoules. 2)    In each cycle, the change in internalenergy of the refrigerant when it leaves the compresser is1.20×105 J. What is the work W done by themotor of the compressor? Express your answer injoule 1)       Airconditioners operate on the same principle as refrigerators.Consider an air conditioner that has 7.00 kg of refrigerantflowing through its circuit each cycle. The refrigerant enters theevaporator coils in phase equilibrium, with 54.0 % of its massas liquid and the rest as vapor. It flows through the evaporator ata constant pressure and when it reaches the compressor 95 % ofits mass is vapor. In each cycle, how much heat Qc isabsorbed by the refrigerant while it is in the evaporator? The heatvaporization of the refrigerant is1.50×105 J/kg. Express your answer numerically injoules. 2)    In each cycle, the change in internalenergy of the refrigerant when it leaves the compresser is1.20×105 J. What is the work W done by themotor of the compressor? Express your answer injoule 2)    In each cycle, the change in internalenergy of the refrigerant when it leaves the compresser is1.20×105 J. What is the work W done by themotor of the compressor? Express your answer injoule

Explanation / Answer

Airdish Part A is correct but Part B is is wrong

Part B answer is 1.20*10^5

Related Questions

Navigate

• Browse (All)
• Browse 1
• Subjects

---

---

Integrity-first tutoring: explanations and feedback only — we do not complete graded work. Learn more.